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High quality presentations and the inclusion of the links, used software and even the used fonts... I LOVE these lectures
I looked through a lot of crappy IR videos, this one is much better. Thanks for the presentation.
Brilliant presentation! Very clean and to the point!
Excellent presentation !!Thank you, sir
@9:52 So does the mass stay the same as you go up in the morse potential? In 8 years surely someone has done the math.
Yes the mass remains the same. It is the energy that is increased.
How alkanes absorb IR radiations though they donot have dipole moment
+avuti chandramouli Only bond vibrations that result in a changing dipole moment will have an absorption band in IR. C-H bonds are very slightly polar so we will see these signals but they will never be as strong as the stretch of a C-O bond.
HOW DOES ELECTRIC FIELD CAUSES A CHANGE IN THE DIPOLE MOMENT ?? HOW DOES IT INTERACT ?
![HIWWHEE | OHM [Official MV]](http://i.ytimg.com/vi/OJJLtTLqLag/mqdefault.jpg)
High quality presentations and the inclusion of the links, used software and even the used fonts... I LOVE these lectures
I looked through a lot of crappy IR videos, this one is much better. Thanks for the presentation.
Brilliant presentation! Very clean and to the point!
Excellent presentation !!
Thank you, sir
@9:52 So does the mass stay the same as you go up in the morse potential? In 8 years surely someone has done the math.
Yes the mass remains the same. It is the energy that is increased.
How alkanes absorb IR radiations though they donot have dipole moment
+avuti chandramouli Only bond vibrations that result in a changing dipole moment will have an absorption band in IR. C-H bonds are very slightly polar so we will see these signals but they will never be as strong as the stretch of a C-O bond.
HOW DOES ELECTRIC FIELD CAUSES A CHANGE IN THE DIPOLE MOMENT ?? HOW DOES IT INTERACT ?